subsurface data Applications

EVS , MVS, and EnterVol are essential tools for geologists and geophysicists. No longer are you limited to 2D fence diagrams and crude guesses. Discover dozens of new ways to interpret your site`s boring logs as a group in 3D.

EVS-PRO and MVS have the ability to build extremely complex geologic models directly from boring logs using indicator kriging in addition to our layered approach. Both EVS and MVS can create complex models that...

EVS, MVS, and EnterVol excel in their ability to handle analysis and visualization of geophysical data. For example, 3D resistivity can be analyzed from 2D ground arrays and airborne surveys. Electrical resistivity surveys offer the ability to inexpensively collect vast quantities of three-dimensional subsurface data. Environmental sciences, mining, archaeology and many other disciplines can benefit from these measurement techniques. However, their large irregular datasets offer significant challenges related...

Oceanic and lake sciences challenge the abilities of traditional software tools. Virtually everything of interest lies beneath the surface. This is a 3D world with complex issues that affect the life in these water bodies and all life on Earth. EVS, MVS, and EnterVol’s modular toolkits provide the technology to address a myriad of surface and subsurface issues.

Sitelab's mobile laboratory was used by a client at a former oil refinery in Kansas and at a large tank farm in Massachusetts. The UVF data was used to delineate and map subsurface plumes of NAPL. Oil samples were collected from monitoring wells and analyzed for their GRO/DRO or VPH/EPH content.

The resources in the earth`s crust require sophisticated technology to discover, extract, and manage. Since mining is inherently spatial, requiring accurate knowledge of areas of the earth`s surface and subsurface, geospatial technology is best suited to intelligently oversee all phases of the mine operation. GIS gives mining companies the tools they need to operate mines responsibly and at optimum efficiency. It is a comprehensive, interoperable technology specifically designed to compile, process, display,...

Subsurface environments are critical not only as water resources but also for energy use including geothermal, CO2 sequestration and oil & gas operations. These sensitive environments are directly affected by anthropogenic activities, hence monitoring is essential. Temperature offers insight into a variety of physical properties and can be used for flow monitoring and flux quantification in the subsurface. Traditionally, point sensors have been used to collect temperature data; however, significant limitatio...

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